研究成果 |
近3年部分学生第一作者论文: [1]Zhang Wenjing, Xu Changhu,Wang Zhe*(唯一通讯), Lu Hailin, Wang Jun,Bai Jinyuan,Zhan Qingchuan , Chen Hongtao, Zhang Mengyan, Feng Limin, Ji Juncheng. Integrating multi–bionic strategies into the gradient architecture of GRAs/Ag-SnO2contacts for synergistically enhanced erosion and wear resistancesTribology International,2026,215: 111379.(SCI, IF: 6.9) [2]Mao Zesen,Wang Zhe*(唯一通讯), Mao Tianci, Wen Kai, Xu Changhu, Fang Cheng, Wang Jun, Chang Yanli, Song Shanshan, Kuang Biao, Zhu Jianbo. Bionic multilevel composite structures design in Ag-CuO contacts for synergistically enhancing erosion and impact resistance.ACS Applied Materials & Interfaces,2025,17: 49868-49883.(SCI, IF: 8.2)
[3]Mao Tianci, Wang Jun,Wang Zhe*(唯一通讯), Fang Cheng, Mao Zesen, Lv Haipeng, Zhang Shuo, Chang Yanli, Zhu Jianbo, Kuang Biao, Ji Juncheng. Towards understanding the synergistic reinforcement of erosion and impact resistance mechanisms in Ag-SnO2-CuO contacts by composite nanofibers.Ceramics International,2025,51: 49928-49941.(SCI, IF: 5.6) [4]Fang Cheng, Wang Fan,Wang Zhe*(唯一通讯), Lu Hailin, Wang Jun, Wen Kai, Xu Changhu, Zhan Qingchuan, Li Jun. Synergistic optimization of erosion resistance and comprehensive mechanical properties: Designing of Bi-enhanced Ag-SnO2contacts with a neuron cell-like structure.Materials Today Communications,2025, 46: 112766.(SCI, IF:4.5) [5]Xu Changhu,Kai Wen,Wang Zhe*(唯一通讯), Wang Jun, Lu Hailin, Mao Zesen, Mao Tianci, Fan Chongqing,Li Jun. Nacre-mimetic alternating architecture of Ag-SnO2contact: Highly-efficient synergistic enhancement of in-situ self-repairing erosion resistance and naturally evolving impact resistance.Journal of Materiomics,2025, 11: 100914.(SCI, IF: 9.6) [6]Xue Xiaoyang,Wang Zhe*(唯一通讯), Nie Huiling, Yuan Zhao, Wang Jun, Xu Changhu, Wen Kai, Yu Conghao. Simultaneously enhancing erosion and compression resistance: designing AlCoCrFeNi high-entropy alloy strengthened Ag-based contacts.Rare Metals,2024,43(9): 4476-4492.(SCI, IF: 11.0) [7]Ma Minjing, Du Dan, Yu Conghao, Wang Jun,Wang Zhe*(唯一通讯). Bioinspired PM2.5 filter: An AgNWs reinforced PAN/PVP composite membrane with the porous and multilayered network structure.Applied Surface Science,2024, 644:158814.(SCI, IF: 6.9) [8]Nie Huiling,Wang Zhe*(唯一通讯), Xue Xiaoyang, Yu Conghao, Wang Jun, Wen Kai, Xu Changhu. Designing sandwich-structured Ag–SnO2 contact materials: Overcoming the trade-off between erosion resistance and mechanical properties.Ceramics International,2024, 50:2950-2962.(SCI, IF: 5.6) [9]Wen Kai, Xu Changhu,Wang Zhe*(唯一通讯), Wang Jun, Lu Hailin, Song Shanshan, Mao Tianci, Mao Zesen, Li Jun.Mantis shrimp appendages-inspired Ag-CuO contact: Synergistically enhancing the erosion and impact resistance via gradient-layered scatter-island/chain-skeleton structure.Materials Characterization,2024,214:114121.(SCI, IF: 5.5) [10]Ma Minjing,Wang Zhe*(唯一通讯), Yuan Zhao, Wang Jun, Chang Yanli, Ma Jianhua, Du Dan, Ou Daquan. Revealing the crucial role of skeleton restructuring on erosion dispersion of Ag–CuO contact materials.Applied Surface Science,2023, 611: 155676.(SCI, IF: 6.9) (详细信息见课题组网站) |